Netherlands Water Consumption Market

Netherlands Water Consumption Market Analysis

The Netherlands Water Consumption Market size is estimated at 142.46 billion liters in 2025, and is expected to reach 165.15 billion liters by 2030, at a CAGR of greater than 3% during the forecast period (2025-2030).

• IT Load Capacity: In 2024, Netherlands colocation data center market IT load capacity is approximately 2794.07 MW.
• Geographical Significance: Influenced by the North Sea and the Atlantic Ocean, the Netherlands has a predominantly cool, cloudy, and humid climate year-round. Wind, a hallmark of the Dutch climate, blows steadily, intensifying in autumn and winter, sometimes resulting in storms. Major cities such as Amsterdam, Rotterdam, and Eindhoven host data centers that benefit from government security, a reliable electricity supply, access to cooling water, fiber connectivity, tax incentives, and a reduced risk of natural disasters.
• Raised Floor Space: In 2024, the raised floor space for Netherlands colocation data center market is estimated at approximately 10025127.17 sq.ft.
• Projected Installed Racks: The number of projected installed racks in Netherlands colocation data center market for 2024 is around 399153.

Netherlands Water Consumption Market Trends

Rising Demand for Mega Data Centers Amid Digitalization Trends Sparks Concerns Over Water Consumption

• The Netherlands is a leader in digitalization, with key technologies, including IoT, Big Data, AI, Cloud Computing and Data Centers, are driving innovation within Netherland's data center landscape. The Netherlands, particularly Amsterdam and Eindhoven, has a vibrant startup ecosystem and ranks 13th in the Global Startup Ecosystem Report by Startup Genome. For instance, in 2024, the Netherlands boasts the highest density of AI startups in the EU, with numbers expanding at an average rate of 12%.
• As of January 2024, the Netherlands has 17.47 million internet users, marking a notable internet penetration rate of 99.0%. Among the various 5G technologies in the Netherlands, standalone technology has emerged as the frontrunner. For example, in March 2023, KPN conducted a successful trial of the 5G standalone technology, positioning itself to offer faster internet speeds and lower latency to users after the conclusion of the 3.5GHz frequency auction.
• AI adoption is steadily gaining momentum in the Netherlands. In nearly 60% of firms across the country, the theoretical application of generative artificial intelligence (GenAI) to enhance business processes has transitioned into a tangible reality. To bolster their AI capabilities, the Netherlands is collaborating with various nations. A notable example is the international conference, REAIM, co-hosted by the Netherlands and South Korea in 2023 and 2024, focusing on the responsible military applications of AI. This trend is set to boost the demand for mega data centers in the Netherlands, as the growing AI and cloud needs will require handling vast amounts of data in the coming years.
• In the Netherlands, technological advancements are reshaping industries and fueling a surge in digitalization, unveiling new opportunities. From a client perspective, mega data centers are adopting cutting-edge cooling solutions, such as liquid cooling for high-density racks, GPUs, and HPCs, leading to a significant rise in water consumption. This ongoing cooling is crucial for the seamless functioning of AI and mega data centers, ensuring the protection of vast amounts of secured data.

Colocation Data Center Providers Adopt Cooling Technologies to Reduce Water Usage

• The Netherlands is strategically positioned to meet the growing demands of the Cloud & AI data center industry, driven by AI adoption, technological advancements, and government initiatives. The country ensures reliable power access, supports AI capacity, promotes renewable energy, and benefits from extensive interconnections. Data centers, mainly colocation and AI-focused, use 0.088% of the nation's water, with cooling systems shifting to water-based methods during temperature spikes, highlighting water's crucial role in cooling and continuous operation.
• Amsterdam has the highest concentration of data centers in the Netherlands, with rising 5G, cloud services, and AI adoption increasing power and water demands. This surge has raised concerns for water authorities like PWN. Data centers source water from bodies such as PWN and North Water and collaborate to address water scarcity. For instance, North Water and Google Nederland started a new water treatment plant supplying cooling water to Google’s data center in Eemshaven.
• In the Netherlands, data centers predominantly utilize air-based cooling due to the country's cold climate, while liquid-based cooling also plays a significant role. Leading colocation operators have embraced these technologies to cater to the rising demands of digitalization and AI. The Cloud Infra Arnhem data center campus employs cutting-edge liquid cooling techniques and collaborates with Volkshuisvesting, Firan, and Eurofiber's Dataplace. Together, they are investigating the possibility of channeling waste heat to Arnhem's Plattenburg neighborhood.

Netherlands Water Consumption Industry Overview

The Netherlands' data center water consumption market is fragmented, with five key players: CyrusOne Inc., EdgeConneX Inc., Equinix Inc., Microsoft Corporation, and Google Inc. Cloud data centers, especially those by Google and Microsoft, aim for a "water positive" status by 2030. For instance, Microsoft is harvesting rainwater in the Netherlands for its data centers with key focus on sustainability.

Netherlands Water Consumption Market Leaders

Netherlands Water Consumption Market News

• October 2023: CoolIT Systems, a global frontrunner in advanced cooling technology, has joined forces with Switch Datacenters, a prominent operator and developer of sustainable data centers. This strategic partnership aims to bolster the industry's efforts in enhancing data center sustainability. Notably, Switch's AMS6 data center is implementing liquid cooling solutions and is adopting sustainable heating methods by repurposing heat generated from its data centers.
• December 2023: The European Union, in conjunction with the Dutch Ministry of Economic Affairs and Climate, has approved the Modular Integrated Sustainable Datacenter project (MISD). The Dutch Government is set to allocate USD 77.2 million in funding. Asperitas will implement immersion cooling using tubs of dielectric fluid for this data center.